The Anritsu 37317A is a microprocessor-controlled Vector Network Analyzer for bench-top RF and microwave component characterization. Operating from 22.5 MHz to 8.6 GHz, it integrates a synthesized source, S-parameter test set, and tuned receiver into a single compact unit. The instrument supports S-parameter measurements (S11, S21, S22, S12) with flexible calibration methods including LRL, LRM, and Adapter Removal techniques.
Technical Specifications
Frequency & Performance
• Frequency range: 22.5 MHz to 8.6 GHz
• System dynamic range: 95 dB @ 0.0225 GHz; 98 dB @ 8.6 GHz
• Receiver dynamic range: 125 dB @ 0.0225 GHz; 130 dB @ 2 GHz; 130 dB @ 8.6 GHz
• Noise floor: −95 dBm @ 0.0225 GHz; −98 dBm @ 2 GHz; −98 dBm @ 8.6 GHz
• IF bandwidth: 10 Hz (calibration/measurement specification)
• High-level noise (typical): <0.04 dB and <0.5° peak-to-peak variation (1 kHz IF bandwidth to 8.6 GHz)
Measurement Capabilities
• Four independent measurement channels with up to two traces per channel (8 traces maximum)
• Data points: 1601 maximum, or N discrete points (2 ≤ N ≤ 501); CW mode single-point selection
• Typical measurement time: 500 ms for 101 data points across full span
• Port 1 power output: 0 dBm
• Maximum input to Port 2: +30 dBm
• Auto reversing test set with solid-state transfer switch
Display & Control
• 8.5-inch diagonal color LCD display with user-definable graticule, trace data, and text colors
• Dual GPIB ports standard; one dedicated to peripheral control
• Internal hard and floppy disk drive storage
– Key Features
• Four independent measurement channels enable parallel testing workflows
• LRL, LRM, and adapter removal calibrations support diverse DUT configurations
• Dynamic range exceeding 125 dB accommodates low-level and high-level measurements
• Measurement speed of 500 ms per 101-point sweep enables efficient production testing
• User-programmable trace definitions and color schemes optimize readability for specific measurement types
– Typical Applications
• Filter and amplifier characterization
• Cable and transmission line testing
• Component S-parameter measurement
• RF device validation across UHF through X-band frequencies
– Compatibility & Integration
Dual GPIB ports enable integration into automated test systems. Fast measurement throughput via GPIB supports remote control and data logging. Internal storage accommodates measurement configurations and calibration data.
